Invention Application
US20140144427A1 POLYMERIC MATERIALS FOR EXTERNAL APPLICATIONS WITH SELF-HEALING SURFACE PROPERTIES AFTER SCRATCHES OR ABRASION DAMAGE
审中-公开
用于自动加工表面特性的外部应用的聚合材料在切割或磨损损伤之后
- Patent Title: POLYMERIC MATERIALS FOR EXTERNAL APPLICATIONS WITH SELF-HEALING SURFACE PROPERTIES AFTER SCRATCHES OR ABRASION DAMAGE
- Patent Title (中): 用于自动加工表面特性的外部应用的聚合材料在切割或磨损损伤之后
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Application No.: US14130619Application Date: 2012-08-28
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Publication No.: US20140144427A1Publication Date: 2014-05-29
- Inventor: Uwe Numrich , Waldemar Kanzler , Maren Szallies , Jochen Ackermann , Michael Olbrich
- Applicant: Uwe Numrich , Waldemar Kanzler , Maren Szallies , Jochen Ackermann , Michael Olbrich
- Applicant Address: DE Darmstadt
- Assignee: Evonik Roehm GmbH
- Current Assignee: Evonik Roehm GmbH
- Current Assignee Address: DE Darmstadt
- Priority: EP102011113160.8 20110914
- International Application: PCT/EP12/66643 WO 20120828
- Main IPC: F24J2/10
- IPC: F24J2/10 ; H01L31/0216 ; F24J2/08

Abstract:
The invention relates to surface enhancements for composite mouldings made from polymeric materials and to the use thereof in solar systems. These solar systems may be solar reflectors for concentrating solar radiation, flexible photovoltaic composite films, or CPV (Concentrated Photovoltaics) lenses for concentrating solar radiation.The surface enhancement comprises a self-healing coating based on crosslinkable fluoropolymers, e.g. PFEVE (polyfluoroethylene alkylvinyl ethers). These coatings exhibit good optical properties, can be used in outdoor applications, more particularly in solar applications, over very long periods of time, exhibit self-cleaning properties, and in particular are self-healing in relation to mechanical damage—such as scratching.
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